Inset (snug fit)
Connection kindinset(categorystatic, DSL nameinset, API v1)
Interlocking junction: the driven part fits into the anchor. v1 places the driven flush against a named anchor face (align: "center" for a concentric let-in). Zero gap by default.
Accepted ports
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Parameters
- `face` — Which face of the ANCHOR (local frame) the driven part is inset against: 'top' | 'bottom' | 'front' | 'back' | 'left' | 'right'. Default 'top'. Placed flush (gap 0).
- `align` — In-plane alignment: 'flush' (default, centered on the face), 'center' (concentric — driven centered on the anchor, for a true let-in panel), or a numeric [x, y, z] extra world offset (mm).
- `gap` — Clearance left between the mating faces (mm). Default 0.
- `offset` — [dx, dy, dz] slide of the driven part along the joint face (mm). Default [0, 0, 0].
- `rotationDeg` — [rx, ry, rz] orientation of the driven part in degrees. Default [0, 0, 0].
Parameters schema
| Parameter | Type | Default | Constraints |
|---|---|---|---|
face | any | top | allowed: top, bottom, front, back, left, right |
align | any | — | |
offset | any | — | |
rotationDeg | any | — | |
gap | Number | 0 |
Kinematics
None. An inset is static: it propagates no signal. It fixes geometry and connectivity and marks an interlocking joint.
Layout
This connection computes the driven component position from the anchor.
Example
// shelf board inset onto its rail, centered on the rail face
statics.inset(rail, shelf, { face: 'top' });
engine apiVersion · 1